Motorola Incorporated / Cox Group / Professors John M. / /
Facility
University Committee / Syracuse University / Northwestern University / Stanford University / /
IndustryTerm
indoor wireless data communications / high-speed wireless data communications / communication systems / indoor wireless data networks / wireless communications / wireless data communication link / Wireless Channel Model / indoor wireless communication channels / wireless data communication system / indoor wireless radio channels / travel companion / WIRELESS DATA COMMUNICATIONS / signal processing techniques / /
Organization
University Committee on Graduate Studies / Northwestern University / stanford university / Syracuse University / /
Person
Derek Lam / Qinfang Sun / Teresa H. Meng / Kerstin Johnsson / Chuan Su / Ting Wang / Karen Tian / Madihally J. Narasimha / Kenneth Chang / C. Robert Helms / Angel Lozano / Je Stribling / Donald Clyde Cox / Mehdi Soltan / Hideaki Haruyama / Jimmy Chuang / Tim Schmidl / Lily Huan / Bora Akyol / Chung-Li Lu / Clive Wu / Jenny Beltran / Matthew Kolz / Hsien Kao / Navin Chaddha / H. Meng Approved / Min-Chen Ho / David E. Borth / Winston Lee / Hao-Hsuan Chiu / Sung Chun / Jonathan Chang / John M. Cio / Donald C. Cox / Jo Kim / Daniel Wong / Hui-Ling Lu / Bill Wong / Marli Williams / Andy Lee / Ravi Narasimhan / Chun-Yi Liao / Tien-Chun Yang / /
Position
advisor / Professor / Professor / DFE Controller / Principal Advisor / advisor / Cio / /
ProvinceOrState
Illinois / California / /
SportsLeague
Stanford University / /
Technology
wireless communications / DA algorithms / simulation / /
ADAPTIVE EQUALIZATION AND RECEIVER DIVERSITY FOR INDOOR WIRELESS DATA COMMUNICATIONS a dissertation submitted to the department of electrical engineering